diff --git a/airline-data/src/main/scala/com/patson/data/ConsumptionHistorySource.scala b/airline-data/src/main/scala/com/patson/data/ConsumptionHistorySource.scala
index f90783ad4..c21b389d5 100644
--- a/airline-data/src/main/scala/com/patson/data/ConsumptionHistorySource.scala
+++ b/airline-data/src/main/scala/com/patson/data/ConsumptionHistorySource.scala
@@ -7,66 +7,106 @@ import java.sql.PreparedStatement
 import com.patson.model._
 import java.sql.Statement
 import java.sql.ResultSet
+import play.api.libs.json._
 import scala.collection.mutable.HashMap
 
 
+//----- New Table Code
+//CREATE TABLE `server_scratchpad` (
+//	`ID` INT(11) NOT NULL AUTO_INCREMENT,
+//	`DATA` LONGTEXT NOT NULL,
+//	`USED` TINYINT(4) NOT NULL DEFAULT '0',
+//	PRIMARY KEY (`ID`)
+//)
+//INSERT INTO `server_scratchpad` (`ID`, `DATA`, `USED`) VALUES
+//	(1, '1', 0);
+
+
 object ConsumptionHistorySource {
   val updateConsumptions = (consumptions : Map[(PassengerGroup, Airport, Route), Int]) => {
     val connection = Meta.getConnection()
-    val passengerHistoryStatement = connection.prepareStatement("INSERT INTO " + PASSENGER_HISTORY_TABLE + "(passenger_type, passenger_count, route_id, link, link_class, inverted) VALUES(?,?,?,?,?,?)", Statement.RETURN_GENERATED_KEYS)
     
     connection.setAutoCommit(false)
     
     connection.createStatement().executeUpdate("DELETE FROM " + PASSENGER_HISTORY_TABLE);
     
     var routeId = 0
+	val rOut : ListBuffer[(Int, Int, Int, Int, String, Boolean)] = ListBuffer()
     try {
-      consumptions.foreach { 
+   	  consumptions.foreach { 
         case((passengerGroup, _, route), passengerCount) => {
           routeId += 1
-          passengerHistoryStatement.setInt(1, passengerGroup.passengerType.id)
-          passengerHistoryStatement.setInt(2, passengerCount)
-          passengerHistoryStatement.setInt(3, routeId)          
-          route.links.foreach { linkConsideration =>  
-            passengerHistoryStatement.setInt(4, linkConsideration.link.id)
-            passengerHistoryStatement.setString(5, linkConsideration.linkClass.code)
-            passengerHistoryStatement.setBoolean(6, linkConsideration.inverted)
-            //passengerHistoryStatement.executeUpdate()
-            passengerHistoryStatement.addBatch()
+            route.links.foreach { linkConsideration =>  
+          	rOut += ((passengerGroup.passengerType.id, passengerCount, routeId, linkConsideration.link.id, linkConsideration.linkClass.code,linkConsideration.inverted ))
           }
         }
       }
-      passengerHistoryStatement.executeBatch()
-      
-      connection.commit()
+	  
+	  // Convert this to scratchpad constant  .. also add that 
+	  connection.createStatement().executeUpdate("UPDATE server_scratchpad Set DATA ='" + rOut.mkString("", "\n","")  +"', USED = 1 WHERE ID = 1");
+	  connection.commit()
     } finally {
-      passengerHistoryStatement.close()
       connection.close()
     }
   }
   
+  // Should work with old and new table styles
+
   def loadAllConsumptions() : List[(PassengerType.Value, Int, Route)] = {
     val connection = Meta.getConnection()
     val linkMap = LinkSource.loadAllLinks(LinkSource.SIMPLE_LOAD).map { link => (link.id , link) }.toMap
     try {  
-      val preparedStatement = connection.prepareStatement("SELECT * FROM " + PASSENGER_HISTORY_TABLE)
+      val routeConsumptions = new HashMap[Int, (PassengerType.Value, Int)]() 
+	  val linkConsiderations = new ListBuffer[(Int, LinkConsideration)] //route_id, linkConsideration	
+	  
+	  val preparedStatement = connection.prepareStatement("SELECT USED FROM server_scratchpad where ID = 1")
 
       val resultSet = preparedStatement.executeQuery()
       
-      val routeConsumptions = new HashMap[Int, (PassengerType.Value, Int)]() 
-      val linkConsiderations = new ListBuffer[(Int, LinkConsideration)] //route_id, linkConsideration
-      
-      while (resultSet.next()) {
-        linkMap.get(resultSet.getInt("link")).foreach { link =>
-          val routeId = resultSet.getInt("route_id")
-          val passengerType = PassengerType.apply(resultSet.getInt("passenger_type"))
-          val passengerCount = resultSet.getInt("passenger_count")
-          val linkConsideration = new LinkConsideration(link, 0, LinkClass.fromCode(resultSet.getString("link_class")), resultSet.getBoolean("inverted"))
-          linkConsiderations += ((routeId,  linkConsideration))
-          routeConsumptions.put(routeId, (passengerType, passengerCount))
-        }
+	  var isScratchpad = false
+	  while (resultSet.next()) {
+		isScratchpad = resultSet.getBoolean("USED")
       }
-      
+      // Not sure if this works as it never gets called but the scratchpad should be more effcient
+	  if (isScratchpad) {
+		  val preparedStatement = connection.prepareStatement("SELECT DATA FROM server_scratchpad where ID = 1")
+		  val resultSet = preparedStatement.executeQuery()
+		  println("Using scratchpad table")
+		  while (resultSet.next()) {
+		    val pOut : ListBuffer[(Int, Int, Int, Int, String, Boolean)] = ListBuffer()
+			val inText = resultSet.getString("DATA")
+			inText.replace("(", "").replace(")", "").split("\n").foreach(line => { 
+				val words=line.split(",")
+				linkMap.get(words(3).toInt).foreach { link =>
+				  val routeId = words(2).toInt
+				  val passengerType = PassengerType.apply(words(0).toInt)
+				  val passengerCount = words(1).toInt
+				  val linkConsideration = new LinkConsideration(link, 0, LinkClass.fromCode(words(4)), words(5).toBoolean)
+				  linkConsiderations += ((routeId,  linkConsideration))
+				  routeConsumptions.put(routeId, (passengerType, passengerCount))
+				}
+			} )
+			
+		  }
+      } else {
+		  println("Using passenger history table")
+		  val preparedStatement = connection.prepareStatement("SELECT * FROM " + PASSENGER_HISTORY_TABLE)
+
+		  val resultSet = preparedStatement.executeQuery()
+		  
+
+		  
+		  while (resultSet.next()) {
+			linkMap.get(resultSet.getInt("link")).foreach { link =>
+			  val routeId = resultSet.getInt("route_id")
+			  val passengerType = PassengerType.apply(resultSet.getInt("passenger_type"))
+			  val passengerCount = resultSet.getInt("passenger_count")
+			  val linkConsideration = new LinkConsideration(link, 0, LinkClass.fromCode(resultSet.getString("link_class")), resultSet.getBoolean("inverted"))
+			  linkConsiderations += ((routeId,  linkConsideration))
+			  routeConsumptions.put(routeId, (passengerType, passengerCount))
+			}
+		  }
+	  }
       val allRoutes = linkConsiderations.groupBy(_._1).map {
         case (routeId, linkConsiderationsByRoute) => new Route(linkConsiderationsByRoute.map(_._2).toList, 0, routeId)
       }
@@ -79,4 +119,4 @@ object ConsumptionHistorySource {
       connection.close()
     }
   }
-}
\ No newline at end of file
+}